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The offshore wind industry is projected to invest $65 billion towards projects by 2030, supporting 56,000 U.S. jobs, finds ACP’s latest Offshore Wind Market Report. The new analysis shows that in the U.S. there is currently 12 GW of projects with active offtake agreements and 4 GW under active construction at Vineyard Wind, Revolution Wind and the Coastal Virginia Offshore Wind projects. Across 37 leases in the U.S., there are now 56 GW of capacity under development, which could provide enough electricity to power the equivalent of 22 million homes.   The new report also highlights the economic impact of offshore wind on domestic U.S. shipbuilding, port infrastructure, and other supply chain activities. Download a copy of the new report: https://bit.ly/3S0vtTH

COWI's fifty-four #offshorewind turbine foundation designs for Equinor's Empire Wind 1 project for New York have received approval from the certified verification Agent (CVA) as required by the Bureau of Ocean Energy Management. As part of the project, COWI developed advanced methods to analyze and model the behavior of the complex soils the foundations would be installed in. COWI also developed more accurate methods to determine wave loads on the foundation structures. These advancements allowed for more efficient foundations, reducing steel weight, embodied carbon and costs, and are examples of COWI’s commitment to excellence, innovation and advancing the state-of-the-art in offshore wind engineering. https://lnkd.in/e74dUv_7

The construction of the world’s largest offshore wind farm has reached a significant milestone with the successful installation of more than 200 miles (328 km) of 66KV inter-array cables. #offshorewind #renewableenergy #sustainableengineering

A big puzzle piece of a robust and resilient supply chain for offshore wind is harbours. We need more harbours with the necessary size and infrastructure for the loading of large components and space for construction vessels, or the expansion of offshore wind could face serious delays. To incentivise investments, it may be worthwhile to highlight the enormous economic potential these ports can unlock for their regions.   Offshore ports are more than logistical hubs – they play a crucial role in advancing the energy transition and serve as powerful economic engines for their regions.     Take Eemshaven in the Netherlands for example. Initially built as an industrial port in the 1970s, it has evolved into a central hub for the offshore wind industry, with more than 20 offshore projects already launched from here - including our operating Kaskasi offshore wind farm as well as Thor under construction in Denmark.    Today, the port, with its four harbour basins, hosts nearly 50 offshore-related companies, creating numerous jobs in the area. And it’s not just wind energy. The Port of Eemshaven has attracted companies from various sectors that benefit from its highly specialised infrastructure, transforming the region into a hub for not only offshore but also other renewable energy projects. Among these is our hydrogen initiative – a 100 MW electrolyser development project as part of our OranjeWind system integration solutions.   However, finding and developing areas and harbours as specialized as Eemshaven is challenging. Storing and assembling the large components of offshore turbines requires lots of space as well as special equipment and solid soil for heavy load quays. An excellent and modern infrastructure to get the components to the port is a must. The highly specialised construction ships need water depths between 7 to 14 metres – otherwise they cannot enter the port.    These and other factors make it hard to find designated areas which can be developed into offshore ports. All the more important is the approval by the German government and the EU to expand the harbour in Cuxhafen by an additional 38 hectares of heavy-duty logistics space.

Construction giant awarded multimillion-dollar contract to transform major seaport into one of nation's largest offshore wind projects — here's its expected potential - In a major step forward for clean energy, construction giant Skanska has been awarded an $861 million contract to transform the South Brooklyn Marine Terminal into one of the nation's largest offshore wind ports, according to Electrek. - This critical infrastructure project, set to run through 2026, will support the 2.1 gigawatt Empire Wind project currently being developed by Equinor just off the coast of New York. With 147 turbines, Empire Wind will have the capacity to power over 1 million households with renewable energy. -The 73-acre seaport transformation involves demolishing existing buildings, preparing the site to stage massive wind turbine components, installing underground utilities, and adding two new heavy-lift crane pads. Skanska will also make significant upgrades to the waterfront and marine facilities. - https://lnkd.in/e4e4xADd

Kent Secures Pre-FEED Assessment Contract for the Spiorad na Mara Offshore Wind Project    Kent has been awarded a contract by Spiorad na Mara Limited for the pre-front end engineering design (Pre-FEED) assessment of the proposed Spiorad na Mara offshore wind farm. 🔽 Find more info in comments below 🔽 #Kent #SpioradnaMara #PreFEED #OffshoreWindFarm #WindEnergy #OffshoreWindEnergy #RenewableEnergy ⤵️ Click Follow on our page to keep up to date with energy news ⤵️

🚀 Exciting News for Offshore Wind Developers! 🌬️ The IJmuiden Ver offshore wind farm zone wind resource assessment has now been fully verified by DNV, meeting the rigorous standards of section 2.3.2 of the DNVGL-SE-0190:2020 Project certification of wind power plants. This milestone exhibits that OWC's assessments are not only technically excellent but align cohesively with the latest industry standards and innovations. 🏆 📊 Key Takeaways: ✅ Third-Party Verified Excellence: Count on us to meet the national and international standards, ensuring minimised project risks to your business. ✅ Investor Confidence: Our independent certifications provide clear evidence of OWC's quality, boosting investor and insurer trust. 🔗 Dive deeper into our cutting-edge methodologies and discover how we lead the industry in #WindandSite assessments for #OffshoreWind: 👉🏼 https://lnkd.in/edZX2Vrh #OffshoreWind #WindEnergy #RenewableEnergyConusultants #WindResourceAssessment #DNV #OWC

UK New Civil Engineer Plan released to triple offshore wind supply chain and achieve £25bn economic boost by 2035 A roadmap to tripling the UK’s offshore wind manufacturing capability and providing a £25bn boost to the economy by 2035 has been released by key players in the nation’s offshore wind industry. RenewableUK, the Offshore Wind Industry Council, the Crown Estate and Crown Estate Scotland have put together the Industrial Growth Plan (IGP), which will harness the success story of UK offshore wind and “firmly establish the UK as a leader in a surging global market”. The offshore wind industry in the UK currently employs 32,000 people and each new GW of offshore energy adds £2bn to £3bn to the economy, according to the IGP. With the UK aiming to have 50GW of offshore wind capacity by 2030, the industry is already projected to reach over 100,000 jobs by 2030 and provide £92bn in economic opportunities by 2040.

The 900 MW Borkum Riffgrund 3 offshore wind farm in Germany will be commissioned in the first quarter of 2026 instead of the initially planned fourth quarter of 2025 due to a delay in the grid connection construction. According to information that Borkum Riffgrund 3 developer, Ørsted, shared in its third-quarter 2024 report, the installation of the grid connection "has been delayed by the German TSO" so the expected commercial operation date (COD) of the offshore wind farm was moved from Q4 2025 to Q1 2026. Ørsted also says the company is being compensated for this delay. Borkum Riffgrund 3 will be linked to the DolWin5 offshore grid connection system which TenneT is building in the North Sea. The 900 MW offshore grid connection project uses extra-high voltage direct current transmission technology. The three-phase alternating current (AC) generated by the offshore wind farm is converted into direct current (DC) at the DolWin epsilon offshore platform and transported south to Hamswehrum near the river Ems in East Frisia via a 100-kilometre-long subsea cable. From Hamswehrum, a 30-kilometre-long onshore cable leads to the converter station in Emden/East where the DC is converted back into three-phase AC and fed into the extra-high voltage grid on land. As for Borkum Riffgrund 3, offshore work is progressing on schedule, according to Ørsted, with all foundations and 85 per cent of the wind turbines installed. The developer expects the offshore installation work to be completed before the end of this year. Borkum Riffgrund 3 is being built simultaneously with the 253 MW Gode Wind 3, which already delivered its first power in May this year. At Gode Wind 3, the construction has been completed and the final wind turbines are now undergoing the 240-hour test before the wind farm is fully commissioned. #renewableenergy #wind #engineering #carbon60 #offshorewind #energy

Ideal sites for offshore wind farms are characterized by a combination of strong, consistent winds, relatively shallow water, proximity to energy demand centers, and minimal environmental and navigational conflicts. Here are some of the key considerations and notable regions: Key Considerations 1. Wind Speed and Consistency: Areas with high and steady wind speeds are essential for efficient energy production. 2. Water Depth: Shallow waters (up to 60 meters) are preferred to reduce construction costs and technical challenges, though floating platforms are expanding feasible depths. 3. Proximity to Shore: Being close to shore reduces transmission costs and energy loss, though not so close as to cause visual or environmental issues. 4. Grid Connectivity: Proximity to existing grid infrastructure helps in integrating the generated power. 5. Environmental Impact: Minimal impact on marine life and ecosystems, along with avoiding major bird migration paths. 6. Shipping Lanes and Fishing Areas: Avoidance of busy shipping lanes and significant fishing areas to reduce conflicts and safety risks. Notable Regions 1. North Sea (Europe): - UK, Denmark, Germany, Netherlands: These countries have robust wind resources and existing infrastructure, making the North Sea one of the leading regions for offshore wind development. 2. East Coast (United States): - Massachusetts, New York, Virginia: This region has favorable wind conditions, relatively shallow waters, and high energy demand, leading to a surge in offshore wind projects. 3. Baltic Sea (Northern Europe): - Sweden, Germany, Poland: Offers strong wind potential and is less harsh than the North Sea, presenting significant opportunities for offshore wind farms. 4. South China Sea (Asia): - China, Taiwan: This region is seeing rapid growth in offshore wind due to strong government support, favorable wind conditions, and significant energy demands. 5. Coastal Waters of Japan: - Japan is investing in both fixed-bottom and floating offshore wind technology due to its limited shallow waters and strong offshore winds. 6. Australian Southern Coast: - Areas like Victoria and Tasmania have strong wind resources and are starting to explore offshore wind potential. Emerging Technologies - Floating Wind Turbines: These allow for deployment in deeper waters, expanding potential sites beyond the continental shelf. - Hybrid Platforms: Combining wind, wave, and solar energy generation on a single platform to maximize energy output. Conclusion Offshore wind farms are expanding globally, with technology advancements allowing for deeper water installations and more efficient energy production. The best sites combine high wind speeds, shallow waters, and proximity to energy demand centers while minimizing environmental and navigational impacts.